Lènsa: Béda antara owahan
c Bot: Nambahaké fy:Lins (optyk) |
Tanpa ringkesan besutan |
||
| Larik 6: | Larik 6: | ||
==Jinising Lènsa== |
==Jinising Lènsa== |
||
Lensa bisa dibedakake saka bentuk sisi-sisine. Kontruksi lensa sing paling umum ditemokake yaiku lensa speris, yaiku lensa sing sudut mlengkung permukaan bidange dibandingake karo [[radius speris]]. Titikan radius sing digunakake dilambangake kanthi lambang R,sing bakal duwe nile positif nalika saben sisine mlengkung ngadohi titik pusere lensa,lan sinebut antarmuka cembung. |
Lensa kaperang dadi maneka jinis. Lensa bisa dibedakake saka bentuk sisi-sisine. Kontruksi lensa sing paling umum ditemokake yaiku lensa speris, yaiku lensa sing sudut mlengkung permukaan bidange dibandingake karo [[radius speris]]. Titikan radius sing digunakake dilambangake kanthi lambang R,sing bakal duwe nile positif nalika saben sisine mlengkung ngadohi titik pusere lensa,lan sinebut antarmuka cembung. |
||
[[file:Lens shapes.png|360px|right|thumb|'''1''' - Symmetrical double convex lens. <br>'''2''' - Asymmetrical double-convex lens<br>'''3''' - Plano- convex lens. <br>'''4''' - Positive meniscus lens.<br>'''5''' - Symmetrical biconcave lens.<br>'''6''' - Asymmetrical biconcave lens.<br>'''7''' - Plano-concave lens.<br>'''8''' - Negative meniscus lens.]] |
[[file:Lens shapes.png|360px|right|thumb|'''1''' - Symmetrical double convex lens. <br>'''2''' - Asymmetrical double-convex lens<br>'''3''' - Plano- convex lens. <br>'''4''' - Positive meniscus lens.<br>'''5''' - Symmetrical biconcave lens.<br>'''6''' - Asymmetrical biconcave lens.<br>'''7''' - Plano-concave lens.<br>'''8''' - Negative meniscus lens.]] |
||
| Larik 67: | Larik 67: | ||
[[fi:Linssi (optiikka)]] |
[[fi:Linssi (optiikka)]] |
||
[[fr:Lentille optique]] |
[[fr:Lentille optique]] |
||
[[fy:Lins (optyk)]] |
|||
[[gan:透鏡]] |
[[gan:透鏡]] |
||
[[he:עדשה]] |
[[he:עדשה]] |
||
Révisi kala 25 Oktober 2012 06.43
 | Artikel iki lagi ingowahan gedhèn-gedhèn 28 Pebruari 2013 suwéné. Saperlu ngéndhani cengkah ing pambesut, panjenengan aja mbesut kaca iki nalika layang iki isih kapajang. Kaca iki pungkasan ingowahan nalika 06:43, 25 Oktober 2012 (UTC) (11 taun kapungkur). Panjenengan katuran mbusek cithakan iki yèn kaca iki wis ora kabesut ing dalem sawatara jam. Manawa panjenengan juru pambesut kang ngetrapaké cithakan iki, pesthèkaké panjenengan mbusek cithakan iki utawa nggantèni nganggo {{Lagi kagarap}} antarané mangsa anggoné panjenengan mbesut. |
Lensa utawa uga diarani Kanta yaiku sawijining srana kang awujud kaca bening gepeng sing duwe sisi-sisi kang simetris. Lensa mono duwe kagunan kanggo ngumpulake cahya marang siji titik utawa malah nyebarake cahya kang liwat ing tengahe. Lensa sepisanan dipangerteni saka catatan sandiwara Yunani Kuno liwat cathetane Aristhophane The Clouds (424 SM) kang nyebutake anane istilah gelas-gelas pembakar (lensa cembung kang digunakake kanggo mokusake sinaring srengenge kanggo nyiptakake geni) ing karyane. Wong kang nemokake teori babagan lensa sepisanan tur uga mratelakake kadadean bayangan ana ing retina yaiku fisikawan muslim saka Arab kang asmane Alhazen (Abu Ali al-Hasan Ibn Al-Haitham)
Jinising Lènsa
Lensa kaperang dadi maneka jinis. Lensa bisa dibedakake saka bentuk sisi-sisine. Kontruksi lensa sing paling umum ditemokake yaiku lensa speris, yaiku lensa sing sudut mlengkung permukaan bidange dibandingake karo radius speris. Titikan radius sing digunakake dilambangake kanthi lambang R,sing bakal duwe nile positif nalika saben sisine mlengkung ngadohi titik pusere lensa,lan sinebut antarmuka cembung.
2 - Asymmetrical double-convex lens
3 - Plano- convex lens.
4 - Positive meniscus lens.
5 - Symmetrical biconcave lens.
6 - Asymmetrical biconcave lens.
7 - Plano-concave lens.
8 - Negative meniscus lens.
2: Penampang lensa plano konveks kanthi daya kang padha
Referensi
Pranala Jaba
 |
Wikimedia Commons duwé médhia ngenani Lens. |
- Lens article at digitalartform.com
- Thin Lens Java applet
- Article on Ancient Egyptian lenses
- Lighthouse Getaway: Fresnel lens (contains photographs.)
- Pepper, Terry. "Seeing the Light: Lighthouses on the western Great Lakes".
- Random Destructive Acts via Focused Solar Radiation.
- TruckView Fresnel lens combats the HGV Blind-Spot.
- How the Fresnel lens works.
- A computer analysis of the Fresnel lens cross section depicted in the 'graphic examples' section of this very Wikipedia article.
- Applied photographic optics Book
- Book- The properties of optical glass
- Handbook of Ceramics, Glasses, and Diamonds
- Optical glass construction
- History of Optics (audio mp3) by Simon Schaffer, Professor in History and Philosophy of Science at the University of Cambridge, Jim Bennett, Director of the Museum of the History of Science at the University of Oxford and Emily Winterburn, Curator of Astronomy at the National Maritime Museum (recorded by the BBC).
- a chapter from an online textbook on refraction and lenses
- Thin Spherical Lenses on Project PHYSNET.
- Lens article at digitalartform.com
- Article on Ancient Egyptian lenses
- picture of the Ninive rock crystal lens
- Do Sensors “Outresolve” Lenses?; on lens and sensor resolution interaction.